Understanding pH buffering systems and pKa values

Rule Your Pool

00:00 - Introduction

03:16 - pH buffering

04:43 - Bicarbonate, cyanurate and borate

06:41 - pH is based on H2O and hydrolysis

09:56 - Carbonate alkalinity means dissolved CO2 determines pH

11:51 - Bicarbonate converts into carbonate at 8.3 pH

13:22 - High TA, more buffering capacity, more acid demand

15:19 - Acids and conjugate bases

18:16 - pKa values and buffering strength

20:52 - What does pKa stand for?

23:05 - Closing

______________________________

Connect with us!

Game Changing Pool Business Software:

Pool Brain®

Realize your full potential.
Watershape University®

Water chemistry questions?
Orenda®

Questions? Comments? Or apply to sponsor the show:
ruleyourpool@gmail.com

Facebook: @ruleyourpool

YouTube: @rule-your-pool

More description

00:00 - Introduction

03:16 - pH buffering

04:43 - Bicarbonate, cyanurate and borate

06:41 - pH is based on H2O and hydrolysis

09:56 - Carbonate alkalinity means dissolved CO2 determines pH

11:51 - Bicarbonate converts into carbonate at 8.3 pH

13:22 - High TA, more buffering capacity, more acid demand

15:19 - Acids and conjugate bases

18:16 - pKa values and buffering strength

20:52 - What does pKa stand for?

23:05 - Closing

______________________________

Connect with us!

Game Changing Pool Business Software:

Pool Brain®

Realize your full potential.
Watershape University®

Water chemistry questions?
Orenda®

Questions? Comments? Or apply to sponsor the show:
ruleyourpool@gmail.com

Facebook: @ruleyourpool

YouTube: @rule-your-pool

2024-05-22 25 min
Listen elsewhere

Available Results

Generated results are saved to your library for reuse and search.

No generated results are available for this episode yet.

Transcript

No transcript is available for this episode yet.
Sign in to generate a transcript for review.
Sign in

Chapters

No chapters available.